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The new AGESA microcode number isComboPI22.214.171.124ABBAThe latest is ComboPi 126.96.36.199 ABB.
The sharp-dragon 7 3700 X old BIOS: the maximum single-core acceleration is 4.375 GHz, the rate is lower than the nominal 4.4 GHz, and the net friend reflects the maximum energy difference of 250 MHz.
Ruilong 7 3700X new BIOS: single core maximum acceleration can be stable at the nominal amount of 4.4 GHz. The maximum acceleration of the new Rilong 7 3700X single core can be stabilized at the nominal amount of 4.4 GHz.
Ruilong 9 3900X old BIOS: single core acceleration up to 4.575MHz, compared with the nominal 4.6GHz is only 25MHz, but many users report that the difference is 300MHz, that is to say, it can only accelerate to 4.3GHz.
Ruilong 9 3900X New BIOS: Mononuclear acceleration can be as high as 4.625 GHz at the initial stage, exceeding the nominal level, stable at 4.6 GHz during LAME testing, dropped to 4.55 GHz during POV-RAY testing, and only 4.425 GHz during CineBench R20 (yellow line).
It seems that the BIOS leaked at present is not perfect and has not been optimized.
In terms of performance, Ruilong 73700X can increase by 0.5% and 1% after patch, which is not large but consistent with frequency performance, especially those with low acceleration frequency, the improvement effect will be more obvious.
Ruilong 9,3900X is basically static, and CineBench R20 has even gone backwards. After all, the frequency is lower during the period, and it still needs to be optimized.
If you look at the temperature change, only the Ruilong 7 3700X (red line in the figure) is measured.
Using the BIOS during the start-up, the temperature can be accelerated more than 4.2 GHz at 70-80 & deg; C, but there will be no obvious drop-down.
With the latest public version of BIOS on MSN, the acceleration frequency can be stabilized at 4.2 GHz for most of the time during the temperature range of 70-80 C, that is to say, the restriction is increased.
Under the latest leaked version of BIOS, the acceleration frequency can be stabilized on 4.2GHz at 75 ℃ 80 ℃, even higher than the first version. Obviously, the temperature limit is greatly relaxed and the retail version will not be lower than the evaluated version.
In addition, microstars add two options of Collaborative Power,Performance Control 2 to their own BIOS. By controlling the acceleration behavior of Ruilong, the power state switching delay can be shortened from 30ms to 1 Ms, and the speed can be increased and saved energy.
However, when these two functions are turned on in leaked BIOS, the acceleration frequency is abnormal, obviously.This aspect has also made adjustments, which need to wait until the final version of BIOS comes out, and the motherboard manufacturers follow-up adjustments.